appplication of toroidal field

Appplication of Toroidal Field1

X

Y

Z

.00961

.292655.5757

.8587461.142

1.4251.708

1.9912.274

2.557

JUL 15 200913:49:55

VECTOR

STEP=1SUB =1TIME=1BELEM=161816MIN=.00961MAX=2.557

Vector Potentials from OPRA

1

MN

MX

XY

Z

.401E-03

.180873.361345

.541816.722288

.902761.083

1.2641.444

1.625

JUL 15 200913:34:49

NODAL SOLUTION

STEP=1SUB =1TIME=1BSUM (AVG)RSYS=0SMN =.401E-03SMX =1.625

VP from OPRA + Toroidal Field

1

MNMX

XY

Z

.271323

.9620491.653

2.3443.034

3.7254.416

5.1065.797

6.488

JUL 15 200913:41:15

NODAL SOLUTION

STEP=1SUB =1TIME=1BY (AVG)RSYS=1SMN =.271323SMX =6.488

1

MN

MX

XY

Z

-1.037

-.806539-.576079

-.345618-.115157

.115304.345765

.576226.806687

1.037

JUL 15 200913:41:33

NODAL SOLUTION

STEP=1SUB =1TIME=1BX (AVG)RSYS=1SMN =-1.037SMX =1.037

1

MN

MX

XY

Z

-1.625

-1.35-1.076

-.801704-.527391

-.253078.021236

.295549.569862

.844176

JUL 15 200913:41:49

NODAL SOLUTION

STEP=1SUB =1TIME=1BZ (AVG)RSYS=1SMN =-1.625SMX =.844176

OPRA VP on the Vessel1

MN

MX

XY

Z

.002101

.226837.451572

.676308.901043

1.1261.351

1.5751.8

2.025

JUL 15 200913:25:30

NODAL SOLUTION

STEP=1SUB =1TIME=1BSUM (AVG)SMN =.002101SMX =2.025

Coming soon!

• Get the Vector Potential solution for different time points from OPRA.

• Apply the 1/R field.

• Calculate the B’s and Bdots and induce eddy currents.

• Convert it into a structural model, read the forces and run a stress pass.

What to expect…

• Ran a stress pass with a Bdot of 0.7 T/s and a vertical B of 0.1T.

1

MN

MX

X

Y

Z

7184

.395E+09.791E+09

.119E+10.158E+10

.198E+10.237E+10

.277E+10.316E+10

.356E+10

JUL 15 200913:59:19

NODAL SOLUTION

STEP=1SUB =1TIME=1SEQV (AVG)DMX =.035984SMN =7184SMX =.356E+10